PyMoDAQ Plugin Manager

A plugin manager for PyMoDAQ, Modular Data Acquisition with Python.

Give a list of available, installable or updatable plugins compatible with pymodaq

PyMoDAQ Plugins

Repo Name	Authors	Version plugin	Instruments
Alcatel	Titouan Gadeyne (titouan.gadeyne@cea.fr)	1.1.0	Viewer0D ACM1000: Alcatel ACM 1000 six-port gauge controller
Amplitude	_S. J. Weber	0.1.1	Viewer0D AmplitudeSystemsCRC16: Let you control the laser settings and grab info on the laser status (tested on a Satsuma)
Andor	Sébastien. J. Weber	1.1.2	Actuators Shamrock: Shamrock series of spectrometer used as a monochromator Viewer1D ShamrockCCD: Shamrock series of spectrometer using the Andor CCD cameras (built using double inheritance) ShamrockSCMOS: Shamrock series of spectrometer using the Andor SCMOS cameras (Not tested) (built using double inheritance) ShamrockCCDComposition: Shamrock series of spectrometer using the Andor CCD cameras (built using CCD camera inheritance and Shamrock composition) ShamrockSCMOSComposition: Shamrock series of spectrometer using the Andor SCMOS cameras (Not tested) (built using SCMOS camera inheritance and Shamrock composition) Viewer2D AndorCCD: Andor CCD camera using the SDK2 AndorSCMOS: Andor CCD camera using the SDK3
Arduino	Sebastien J. Weber (sebastien.weber@cemes.fr)	0.0.4	Actuators LED: control of a multicolor LED using three PWM digital outputs and the Telemetrix library. LEDwithLCD: same as LED actuator but displaying the red, green, blue values on a standard 16x2 liquid crystal
AvaSpec	First Author (myemail@xxx.org) Other author (myotheremail@xxx.org) .. if needed use this field Contributors ============ * First Contributor * Other Contributors .. if needed use this field Depending on the plugin type, delete/complete the fields below	0.1.2	Actuators yyy: control of yyy actuators xxx: control of xxx actuators Viewer0D yyy: control of yyy 0D detector xxx: control of xxx 0D detector Viewer1D yyy: control of yyy 1D detector xxx: control of xxx 1D detector Viewer2D yyy: control of yyy 2D detector xxx: control of xxx 2D detector
Basler	Benedikt Burger	0.1.1	Actuators Viewer0D Viewer1D Viewer2D Basler: control of Basler cameras
Bnc	Christian Cabello	0.0.6	Actuators BNC: control of BNC575 Delay Generator Viewer0D Viewer1D Viewer2D
Crystal_technology	Sébastien J. Weber (sebastien.weber@cnrs.fr) .. if needed use this field Contributors ============ * First Contributor * Other Contributors	0.0.1	Actuators AOTFPro: control of the AOTF from YSl and Crystal Technology Viewer0D Viewer1D Viewer2D
Daqmx	Sébastien J. Weber	0.4.0	Actuators DAQmx_MultipleScannerControl: Control of piezo scanners with an analog output. Viewer0D DAQmx_PLcounter: Single photon counting
Femto	_S. J. Weber	0.1.0	Viewer1D femto: Fake detector mocking typically a spectrometer acquiring FROG traces
Flim	Sebastien J. Weber	0.1.0	ViewerND FLIM: FLIM using piezoconcept XY stage and picoquant timeharp TH260"
Greateyes	Romain Geneaux	1.0.2	Viewer2D GreateyesCCD: Greateyes CCD cameras using the SDK
Hamamatsu	Romain Géneaux (romain.geneaux@cea.fr) Bastien Bégon (bastien.begon@crpp.cnrs.fr)	0.3.0	with pythonnet (Viewer1D). Mini-spectrometers: USB spectrometers from the Hamamatsu Mini-spectrometers series. Viewer1D Mini-spectrometers: USB spectrometers from the Hamamatsu Mini-spectrometers series. DCAM API with PyLabLib (Viewer2D) and Hamamatsu minispectrometers using .NET driver Mini-spectrometers: USB spectrometers from the Hamamatsu Mini-spectrometers series. Cameras using DCAM-API: Hardware ROI (region of interest) and binning (1x or 2x) Viewer2D Cameras using DCAM-API: Hardware ROI (region of interest) and binning (1x or 2x)
Hinds	Astha Khandelwal (asthak@iisc.ac.in) Daichi Kozawa (KOZAWA.Daichi@nims.go.jp) .. if needed use this field Contributors ============ * First Contributor * Other Contributors .. if needed use this field Depending on the plugin type, delete/complete the fields below	0.0.2	Actuators PEM 200: controller for the Photoelastic modulator .. Viewer0D .. Viewer1D .. Viewer2D
Holoeye	Sebastien J. Weber (sebastien.weber@cemes.fr)	1.0.2	Actuators HoloeyeFile: Used to load phase data into the SLM from a file HoloeyeFullScreen: Used to load a constant (and controllable) phase into the SLM HoloeyeSplitScreen: Used to load a binary phase mask into the SLM and control both the
Horiba	Sebastien J. Weber	2.0.0	Viewer1D Labspec6TCP: Control of Labspec6 settings and acquisition using TCP/IP communication
KDC101	Enzo Sebiane (enzo.sebiane@orange.fr)	1.4.1	Actuators KDC101 Viewer0D Viewer1D Viewer2D
Keithley	Sebastien J. Weber Sébastien Guerrero (sebastien.guerrero@insa-lyon.fr)	1.2.0	Viewer0D Keithley_Pico: Pico-Amperemeter Keithley 648X Series, 6430 and 6514 Keithley2110: Multimeter Keithley 2110 Keithley27XX: Keithley 27XX Multimeter/Switch System using switching modules from the 7700 series. Keithley2100: Multimeter Keithley 2100
MozzaSpectro	First Author (myemail@xxx.org) Other author (myotheremail@xxx.org) .. if needed use this field Contributors ============ * First Contributor * Other Contributors .. if needed use this field Depending on the plugin type, delete/complete the fields below	0.1.1	Actuators yyy: control of yyy actuators xxx: control of xxx actuators Viewer0D yyy: control of yyy 0D detector xxx: control of xxx 0D detector Viewer1D yyy: control of yyy 1D detector xxx: control of xxx 1D detector Viewer2D yyy: control of yyy 2D detector xxx: control of xxx 2D detector
Newport	Sebastien J. Weber David Bresteau (david.bresteau@cea.fr) Sébastien Quistrebert (sebastien.quistrebert@ens-paris-saclay.fr) Bastien Bégon (bastien.begon@crpp.cnrs.fr) Elias Sfeir Aurore Finco (aurore.finco@umontpellier.fr)	1.4.1	Actuators Conex: Piezo actuators from the CONEX-AGAP series" Newport_ESP100: ESP100 motion controllers AgilisSerial: for controllers AG-UC8 and AG-UC2 tested with motorized mounts AG-M100N (no encoder) XPS-Q8: 8-axis Universal Motion Controller/Driver, ethernet SMC100: Single axis motion controller Picomotor8742: 4-axis open-loop motion controller
Nkt	Bastien Bégon (bastien.begon@crpp.cnrs.fr) .. if needed use this field Contributors ============ * First Contributor * Other Contributors .. if needed use this field Depending on the plugin type, delete/complete the fields below	1.0.0	Actuators SuperK Extreme: Supercontinuum white light laser plugin including emission state and power control. Turn on laser by setting the output value to 1 and turn it off with 0.
Oceaninsight	Sebastien J. Weber Nicolas Tappy	1.1.1	Viewer1D Omnidriver: Control of Spectrometer using the Omnidriver library (should be installed) Seabreeze : If the Omnidriver library is not available, a plugin implementation based on seabreeze is provided: https://python-seabreeze.readthedocs.io/en/latest/index.html
Opencv	Sebastien J. Weber (sebastien.weber@cnrs.fr)	0.0.2	Viewer2D opencv: control of cameras using the opencv library (mainly webcams)
Optosigma	Amelie Deshazer Daichi Kozawa	0.2.0	Actuators GSC-02C: controller of GSC 2 Axis Stage Controller RMC-102: controller of RMC-102 Remote Micrometer Controller SHRC203: controller of SHRC203 3 Axis Stage Controller SBIS26: controller of SBIS26 Driver Integrated Motorized Stage *RMC-102 USB Driver(for Windows 7/8.1/10)32/64bit for Remote Acutuator
Orsay		0.0.1
Physical_measurements	Sebastien J. Weber	0.1.1	Viewer0D Keithley_Pico: Pico-Amperemeter Keithley 648X Series, 6430 and 6514 Keithley2110: Multimeter Keithley 2110 Lockin7270: Lockin Amplifier Ametek 7270 LockinSR830: LockIn Amplifier SR830 Viewer1D LecroyWaveRunner6Zi: Oscilloscope LecroyWaveRunner 6Zi Tektronix: Oscilloscope Tektronix MDO Series Picoscope: Picoscope from Picotechnology Viewer2D OpenCVCam: Webcams control using the opencv library GenICam: GeniCam compliant cameras suing the harvester libary TIS: The Imaging Source TIS cameras
Physik_instrumente	Sebastien J. Weber	1.2.0	Actuators PI: All stages compatible with the GCS2 library. Tested on E-816, C-863 (mercury DC/Stepper), C-663, E-545. PILegacy: All stages compatible with the GCS2 library. Tested on E-816, C-863 (mercury DC/Stepper), C-663, E-545. PI_MMCLegacy: old controller and stages using the 32 bits MMC dll (requires 32bit python) C-862 controller. Using PI_MMC: old controller and stages using the 32 bits MMC dll (requires 32bit python) C-862 controller. Using a
Picoquant	Sebastien J. Weber	0.1.0	Viewer1D TH260: Timeharp TH260 for photon counting and time tagging
Piezoconcept	Sebastien J. Weber	1.1.0	Actuators PiezoConcept : piezoconcept stages (tested on BIO2.100) using the usual serial commands PiezoConceptPI: Special firmware to emulate functions form the GCS2 library from Physik Instrumente
Piezosystemjena	Nicolas Tappy	0.1.0	Actuators
Princeton_instruments	Nicolas Tappy	0.1.0	Viewer2D picam: Control of cameras using the picam library.
Pylablib_camera	Romain Géneaux (romain.geneaux@cea.fr)	1.0.1	Viewer2D GenericPylablibCamera: Generic plugin for a camera, handling hardware ROI, hardware binning, grabbing frames using a callback, switching between 1D and 2D depending on data shape, and optional framerate display. The class needs to be subclassed in order to define two simple list_cameras and init_controller methods, which depend on the actual camera.
Raspberry	Sebastien J. Weber (sebastien.weber@cnrs.fr)	0.0.2	Viewer2D picamera: control of the integrated pi camera using the Picamera2 library
Redpitaya	Sebastien J. Weber (sebastien.weber@cemes.fr)	0.0.3	Viewer1D RedPitayaSCPI: perform analog data acquisition using one of the fast channels
Signal_recovery	Sebastien J. Weber (sebastien.weber@cemes.fr) Louis Grandvaux (louis.grandvaux@espci.fr)	0.1.0	Actuators Lockin_DSP7270: control of the Lockin DSP7270 model (for instance to control the oscillator frequency) Lockin_DSP7265: control of the Lockin DSP7265 model (diffenrential measurement not implemented) Viewer0D Lockin_DSP7270: control of the Lockin DSP7270 model Lockin_DSP7265: control of the Lockin DSP7265 model
Smaract	David Bresteau (david.bresteau@cea.fr) Sebastien J. Weber (sebastien.weber@cnrs.fr)	2.0.4	Actuators SmaractMCS SLC linear stages with sensor (S option) with MCS controller SmaractMCS2 SLC linear stages with sensor (S option) with MCS2 controller SmaractSCU SLC linear or angular stages with or without sensors using the Instrumental-lib package and the
Srs	Sebastien J. Weber (sebastien.weber@cemes.fr)	0.0.2	Viewer0D
Stellarnet	Romain Geneaux	2.0.1	Viewer1D Stellarnet: USB spectrometers made by StellarNet, Inc (https://www.stellarnet.us/spectrometers/).
Thorlabs	Sebastien J. Weber David Bresteau (david.bresteau@cea.fr) Nicolas Tappy (nicolas.tappy@epfl.ch) Romain Geneaux (romain.geneaux@cea.fr) Amelie DeShazer (adeshazer@wisc.edu) Astha Khandelwal (asthak@iisc.ac.in) Daichi Kozawa (kozawa.daichi@nims.go.jp)	1.6.0	Actuators KinesisIntegratedStepper: Integrated Stepper Motor Kinesis series (tested on K10CR1) Kinesis_Flipper: Kinesis series Flipper MFF101_pylablib: Kinesis series Flipper mount (thorlabs MFF101), similar to Kinesis_FLipper but using the pylablib control module. PRM1Z8_pylablib: DC servo motorized 360° rotation mount (Thorlabs PRM1Z8) using the pylablib control module. The Thorlabs APT software should be installed: https://www.thorlabs.com/newgrouppage9.cfm?objectgroup_id=9019. BrushlessDCMotor: Kinesis control of DC Brushless Motor (tested with the BBD201 controller) Kinesis_KPZ101: Piezo Electric Stage Kinesis series (KPZ101) Viewer0D Kinesis_KPA101: Position Sensitive Photodetector Kinesis series (KPA101) TLPMPowermeter: TLPM dll compatible series (PM101x, PM102x, PM103x, PM100USB, PM16-Series, PM160, PM400, PM100A, PM100D, PM200) Viewer1D CCSXXX: Compact CCD Spectrometers (CCS100, CCS175, CCS200). Tested with CCS175/M Viewer2D Thorlabs_DCx: Thorlabs CCD camera. Tested with DCC3240M. Thorlabs_TSI: sCMOS camera series Zelux, Kiralux, Quantalux.
Uniblitz	Matthieu Guer (matthieu.guer@cea.fr) Romain Géneaux (romain.geneaux@cea.fr)	0.1.2	Actuators VLM1: control of Uniblitz VLM1 Shutter Interface Module by USB. Very basic functionality to switch the shutter, without reading the actual state of the shutter.
Zaber	Romain Géneaux Sebastien J. Weber (sebastien.weber@cnrs.fr)	2.0.2	Actuators Zaber All motors using the Zaber ASCII Motion Library. Rotations and translations should be both supported (units should adapt to the actuator type), but I only tested translation stages so far. ZaberBinary: control of zaber actuators using the legacy binary protocol